In this paper, based on the specific analysis of a temporal ghost imaging (TGI) algorithm, image coding transmission is realized by combining the compression characteristics of a Fourier transform, the convenient control and management function of ascending coding (AC) and the precise transmission function of TGI. AC, as a kind of sorting coding, has the characteristics of fast speed, high precision and wide application range. This paper analyzes noise attack, information, bit error rate (BER) and similarity, etc. Verified by simulation experiment, this algorithm can improve the compressibility of the encoded image, improve the difficulty of decoding by an attacker, reduce the BER in the process of image coding transmission, enhance the ability of anti-interference, realize accurate image coding transmission and solve the problems of low accuracy and low security of image transmission reconstruction at present.

本文在对时间重影（TGI）算法进行具体分析的基础上，结合了傅里叶变换的压缩特性，便捷的编码控制和管理功能以及精确的传输，实现了图像编码传输。 TGI的功能。AC作为一种分类编码，具有速度快，精度高，适用范围广的特点。本文分析了噪声攻击，信息，误码率（BER）和相似度等。通过仿真实验验证，该算法可以提高编码图像的可压缩性，提高攻击者解码的难度，降低过程中的BER。图像编码传输，增强抗干扰能力，